This document describes Layout Editor and how to use Layout Editor to make PanelPro panels. The document is divided into sections; click below to jump to the named section. The minimum reading to get started is Introduction to Layout Editor Panels and Getting Started with Layout Editor. Then you may want to jump to Putting Finishing Touches on your Panel to see more of what's possible before reading the various other sections in detail.
Notice: The signal related portions of this help file have not been updated and apply mainly to signal heads. Those discussions predate signal masts. since 2.14 Masts are fully supported in Layout Editor Panels, but only described briefly.
JMRI supports multiple panels, either Layout Editor type or Panel Editor type. All panels that have been created or loaded are listed in the submenu of Show Panel in the Panels menu. You can minimize or close a panel window, and bring it back as the front most window by selecting it in this submenu. Multiple monitors are supported to the extent that the operating system allows, and a single panel may be stretched to occupy more than one monitor.
To save your Layout Editor panel, select Store ALL table content and panels... in the File menu of your Layout Editor panel, or use the main PanelPro File ⇒ Store ALL table content and panels... menu item. When you do this, all panels listed in the submenu of Show Panel are saved, along with all shared configuration items (sensors, turnouts, signal heads, etc.).
Layout Editor supports the construction and display of PanelPro panels. Layout Editor is similar to the traditional PanelPro Panel Editor, except it supports a drawn track diagram instead of an icon-based track diagram. Because of the way it works, Layout Editor captures the full connectivity of your layout as you draw it. Several automated tools are available to make setting up your panel easier.
Layout Editor is implemented using a tool bar at the top (default location) of your panel. This tool bar may be switched on and off using the Edit Mode item in your panel's Options menu. When you create a new Layout Editor panel, your new panel appears with the Edit Mode tool bar displayed at the top of your panel, and with a system-specific help bar displayed at the bottom of the panel. The help bar describes how to use the Layout Editor user interface. The help bar probably should be turned off (using the Options menu) once you are familiar with the user interface.
Layout Editor supports several options that you may or may not elect to use when you draw your track diagram. Sections of track may be designated as mainline track to differentiate it from side track (the default). Mainline track and side track may be drawn with different width lines. You may divide your layout into blocks, with each block having an occupancy sensor and each drawn with different track colors for occupied and unoccupied states, allowing the track in a block to change color as a train enters and leaves that block. Normally track segments are drawn as solid lines, but you can designate chosen segments as dashed to show tunnels or tracks crossing at different grades. You can also designate a track segment as hidden so it is displayed only when the tool bar is shown. These options may be set up as you draw your panel, or you may add them later.
Below is a short tutorial on the basics of using Layout Editor. A more complete tutorial is available for download as a pdf file on the JMRI website. See Using the JMRI/PanelPro Layout Editor and its two associated demonstration .xml files. An alternate introduction is the Getting Started With PanelPro tutorial.
To get familiar with the Layout Editor user interface, try the following:
1. Select New panel..., then Layout Editor in the Panels menu. You should see a blank panel window with a tool bar at the top, and a help bar at the bottom.
2. Move the cursor around inside the blank panel. Note that as you move, coordinates are displayed at the upper right of the tool bar--x (horizontal) and y (vertical). (This is to aid in aligning items as you draw them.) Move the cursor over the radio buttons, check boxes and entry fields in the tool bar, noting that each has a tool tip.
3. To add a right-handed turnout, first, select RH for Turnout Type in the top row of the tool bar. Then, while depressing the shift key, click the mouse (left click on a two-button mouse) on a point about one third down and one third across from the upper left of your panel. A right-handed turnout should appear. The three red squares at the ends of the throat and the continuing and diverging legs of the turnout are connection points for Track Segments. The round circle at the center of the turnout is where you should point to get the turnout's popup menu.
4. To add a left-handed turnout, first, select LH for turnout type. (Note that the selection is automatically turned off at RH.) Type "180" in the Rotation box at the upper right of the tool bar, to rotate the new turnout. While pressing the shift key, click the mouse on a point at the same height as the other turnout, but to the right about two or three inches. A left-handed turnout should appear with its throat facing away from the right-handed turnout.
5. To add track segments to connect the two turnouts, select Track Segment on the second row of the tool bar. While holding the shift key down the whole time, depress the mouse button on the diverging connection point of one turnout, and drag to the diverging connection point of the other turnout, and release the mouse button when the cursor changes shape. You should see a track segment connecting the two turnouts, and both connection points should change color to green, indicating they are full, that is they have the maximum number of connections allowed. Similarly press and drag with shift pressed to add a track segment connecting the continuing legs of the two turnouts. You've drawn a passing siding.
6. To add a turnout for an industry siding, select LH for a left-handed turnout, and enter 0 in Rotation. Then with shift pressed, click on a point a couple of inches below and slightly to the right of the turnout on your left.
7. To connect this turnout with the upper passing track and form a simple oval track diagram, select Anchor Point on the third row of the tool bar. An Anchor Point is a node in a track diagram that can accept two connecting track segments; it's used to place connected track segments so that they look reasonably nice (and also to divide blocks). While holding shift down, click on a point exactly to the left of the turnout on your upper left, and again on a point directly below this one, but exactly to the left of the lower turnout. Next click on a point about 1/2 inch to the left and 1/2 inch below the upper anchor point, and again on a point 1/2 inch to the left and 1/2 inch above the lower anchor point. You should now have four anchor points outlining the left side of the oval. Connect these four points and the turnout throat connection points with track segments--select Track Segment, then with shift pressed, click and drag to create each of the five track segments needed. Note that the anchor point rectangle will change from red to green when it has two connections. Similarly repeat this procedure to draw the right side of the oval.
8. Turnout positions and anchor point positions may be adjusted to make the track diagram look nice by holding down the meta key (check the help bar to see which key is the meta key), and dragging each anchor point or turnout. To adjust the position of a turnout, drag the center point of the turnout with the meta key pressed.
9. Next complete the industry siding. The diverging connection point of the lower turnout should be the only box needing a connection (colored red). Select End Bumper in the tool bar. An End Bumper is a node in a track diagram that can accept only one connection. With shift pressed, click on a point exactly to the right of the diverging connection point of the lower turnout. Connect your end bumper to the diverging connection point by holding shift down, while pressing the mouse button on the diverging connection point and dragging to the end bumper. Your track diagram should look like the following:
10. Select Edit Mode in the Options menu to hide the tool bar (and the help bar) and see how your track diagram of a simple oval layout would look in a final panel. You should see connection points and edit circles disappear. Also note that, when not in Edit Mode, items may not be repositioned and popup menus are not active.
The above steps demonstrated the basic steps needed to draw a track diagram. You can clear this demonstration panel by selecting Delete this panel... in the panel's File menu, and begin to construct a track diagram of your layout. Read the items below to learn more about how to add content to track diagram items and how to add icon items to your panel.
Note: Layout Editor tools for placing signal heads and automatically configuring signal logic require that turnouts and block boundaries (see below) be oriented vertically or horizontally on your panel. To make maximum use of these tools, design your panel with turnouts oriented vertically or horizontally (the orientation does not have to be exact, just mostly vertical or mostly horizontal).
The tool bar is used to add items to a panel, and to provide information for the items added. The item to be added is selected using one of the following radio buttons in the tool bar:
The top 13 items are used to create a track diagram, and are new with Layout Editor. The next 11 items are icon-based and are similar to corresponding icon items in Panel Editor. Shape is used to create an image using two to nine points connected by lines, such as four points to create a rectangle.
To add all items except Track Segment:
A Track Segment is a piece of track connecting two connection points (red squares on a turnout, anchor point, end bumper, edge connector, turnout's, crossover's, or level crossing). Before you can add a Track Segment, two red connection points must be visible on the panel. To add a Track Segment connecting two red connection points:
Note: Crossovers, slips and level crossings have one magenta and 3 red connections. When track segments have been added, the magenta connection is blue and the other 3 are green.
Check boxes and fields on the tool bar other than the 21 enumerated above are for entering information that will be applied to created items as they are created. Some information is required, and some is optional. Optional things may be added or changed later using an item's popup menu, but it's sometimes easier to add them as items are created. Required items are tightly linked to created items and may not be changed later without removing and recreating the item. Each information entry has a tool tip that explains what it does; hover the mouse cursor over a field or check box to see its tool tip. Information entries are described below, along with which created items they apply to and whether they are optional or required.
Since 4.7.3 Most of the toolbar's options are set using combo boxes. A combo box combines a text field with a drop down list. You may ether type text into the text field or select an item from the drop down list. Selecting an item from the drop down list will copy it into the text field where you may edit it.
Note: Toolbar Combo boxes are color coded! If you enter the name of an existing item then the background color of the combo box will turn green. If the item doesn't match the name of an existing item then the background will ether turn yellow if a new item with that name will be created or red if that name can not be used.
Combo boxes that are not applicable for the currently selected edit toolbar item are disabled.
When pressed, the Change Icons... button on the tool bar brings up an icon editor for either sensor icons, signal mast icons, signal head icons, or general purpose icons, depending upon whether Sensor Icon, Signal Mast Icon, Signal Head Icon, or Icon Label is checked in the toolbar. If none of these items is checked, the menu choice is ignored. For Signal Mast Icons and Signal Head Icons, the Layout Editor defaults to the left-facing short icons found at "resources/icons/smallschematics/searchlights/". If you are using a black background you may need to switch to white icons that are available in the same area, since the default icons have black borders.
The classic toolbar resides to the top or side of the panel. The toolbox floats on the screen and can be moved around. It provides all of the same functions as the toolbar.
The radio buttons, checkboxes, combo boxes and labels are grouped together on 4 tabs: Turnouts, Track, Labels and Icons. Below the tab section is a line that displays the current zoom factor and cursor location. The title bar includes the name of the related panel.
Since the Toolbox is a standard window, it contains the Close and Minimize buttons. The Close button hides the toolbox, it does not delete it. To show it again, select the toolbox name from the Window menu. The minimize button behaves in the traditional manner with the toolbox becoming an icon on the operating system task bar. Use the Window menu or click on the task bar icon to make it visible.
The File menu provides for storing and deleting panels.
The Options menu is used to set options, add items to the panel, and perform operations that do not happen very often during panel creation. Each Option menu selection is described below.
The Tools menu provides tools to aid in creation and editing of Layout Editor panels. Using these automated procedures should reduce the time and effort needed to create your panel. Note: The Set Signals tools are used for signal heads. Signal masts are connected to block boundaries and don't require special tools.
The Zoom menu allows you to temporarily magnify a panel. The menu provides a choice of several magnification factors, and a No Zoom item to return to normal size. When a magnification factor is selected the panel is magnified by that factor. Scroll bars are automatically set to reasonable positions. Move scroll bars to focus on various parts of the panel.
When a panel is magnified, all standard functions work, except for tooltips of icons. Items may be added, moved, or removed. Popup menus are available. Turnouts and Multi-sensors behave as they do at normal scale. If the grid is shown in edit mode, it is also magnified. All displayed coordinates are those of the unmagnified panel. A panel may be saved while magnified.
When a panel is loaded, it always come up with No Zoom selected. Since zooming is temporary, the zoom factor is not preserved when a panel is saved.
Since 4.7.3The Layout Editor Zoom is saved and restored per-system. Also the mouse wheel (with alt-(option-)key) may be used to zoom in and out.
The Marker menu provides Markers that may be used to keep track of the location of trains on Layout Editor panels. Markers are small colored icons that display a train ID, usually the locomotive number. When running trains, a marker is created for each train, and that marker is moved around the panel as the train traverses the layout. This feature is especially useful to those who do not have block detection hardware, and therefore cannot use the Train Tracking feature of Layout Editor (see below).
Markers are different from other items on Layout Editor panels. in that all functions are active when the panel is not in edit mode. Markers may be created, repositioned, and removed at any time. The Marker menu and popup menus of individual Markers are always active. Markers that are present on a panel are saved to disk when the panel is saved to disk.
Every item on a panel has a popup menu. Except for Markers, popup menus are only active in edit mode. To access the popup menu of an icon-based item (sensor icon, signal icon, text label, memory label, global variable label, block contents label, multi-sensor, fast clock, icon label, marker, recorder, or background): on Windows systems, right-click on the icon; on Macintosh systems, control-click on the icon (hold down the control key and click the mouse button on any point within the icon). Drawn items are similar, except for where you click. For turnouts, level crossings, or track segments, control-click or right-click inside the circle at the center of the item. For anchor points, end bumpers or edge connectors control-click or right-click inside the square showing the connection point.
To delete an item from a panel, select Remove in that item's popup menu. Some items will show a verify dialog. Most verify dialogs have an option to shut off verify dialogs in case you're deleting many of the same items. When an icon object is "removed" from the panel, its icon is deleted, but the item itself (signal head, sensor, memory variable, etc.) is not deleted. If you need to delete the item itself, do so using the corresponding table (Signal Table, Sensor Table, etc.) Important Note: Prior to deleting any item in a table, make sure that all references to that item are removed from other places. Also immediately after deleting an item, save your panel and restart before doing anything else! If there is no good reason for deleting an item, or if there is uncertainty if all references to an item have been removed, don't delete the item from its table. Extra unused items in a table don't hurt anything, but deleting a referenced item can cause trouble. Removing an icon from a panel is safe, but deleting the item that the icon represented requires more caution.
Some popup menus allow information relating to the item to be edited directly from the popup menu, for example, font size, style, and color options for text labels and text memory labels. The fast clock's popup menu allows stopping and starting the fast clock and changing its rate ratio. Icon-based popup menus show the x (horizontal) and y (vertical) location of the icon on the panel. These coordinates give the location of the upper left corner of the icon. A convenient way to change the location of an icon-based item is to select Set x & y in its popup menu. Selecting Set x & y brings up a small window that provides for precise adjustment of the icon's position.
With turnouts, level crossings, and track segments, selecting Edit... in the popup menu brings up a small window for editing. If a turnout has no connections, a Rotate item appears in its popup menu, allowing the turnout to be rotated to any angle. More information on the edit dialogs of turnouts, level crossings, and track segments is contained below in the discussion of these items, and in the help page of each edit dialog.
Since 4.11.4For Track Segments, there is also a Decorations item. The sub-menus provide the ability to add Arrows, Bridges, End Bumpers , and Tunnels to the track segment.
A signal head icon's popup menu allows editing of signal head information related to the panel, but also contains an Edit Logic... item that brings up a window for editing Simple Signal Logic (SSL) for the signal head. SSL supports ABS signaling, and will handle basic signal (head) logic.
Signal Mast Logic - in short SML - was added to support Aspect based signaling. It is managed using the Signal Mast Logic table. In Layout Editor, Signal Masts can be placed at Turnouts, anchor points and level crossings, but only where there is a boundary between two different layout blocks. To add a Signal Mast using a Layout Editor Panel, right click on the Turnout, level crossing or anchor point and - if a block boundary exists - you will be given the option to "Set Signal Masts..."
Refer to Logix for even more complicated logic needs not handled by SSL and SML.
With turnouts, level crossings, and anchor points, most of Layout Editor's tools for assigning signal heads to these items, for automated placement of signal head icons on the panel, and for automated creation of signal logic for the assigned signal heads may be reached by selecting Set Signals... in the popup menu. Set Signals... is not shown in the popup menu until a minimum amount of information is available to the tools. The remaining Set Signals... tools may be accessed via the Tools menu. These tools are briefly described above under Using Layout Editor's Tools Menu, and are discussed in detail on the help page of the tool's dialog pane.
In addition to signal heads and signal masts, it is possible to add sensors to block boundaries. Use the Set Sensors... item. The sensors are used to implement Entry/Exit. See Entry/Exit (NX) Routing Documentation for details.
Layout Editor supports eight different types of turnouts (track switches):
A three-way can be drawn using a pair of regular turnouts. Once a turnout has been created, its type cannot be changed. Changing the type of a turnout requires removing and recreating the turnout. Drawn turnout parts may be lengthened, shortened, or repositioned by dragging connection points with the meta key pressed, and the entire turnout may be repositioned by dragging the center circle with the meta key pressed.
When new turnouts (and crossovers) are created, Layout Editor uses default displacements from the center of the new turnout to "size" the new turnout drawing. Layout Editor maintains two sets of default displacements, one for for regular turnouts (RH, LH, WYE) and one for crossovers ( Double Xover , RH Xover, LH Xover). These default size parameters may be changed if a different default size is needed. First create a new turnout (or select an existing turnout) and resize it by dragging its connection points. Then select Use Size As Default in that turnout's popup menu. This will change default size parameters so that the next and subsequent turnouts to be added will be the same size as the resized turnout. Each Use Size As Default changes one of the two sets of default size parameters. Both sets of default size parameters are saved when the panel is saved. To return to Layout Editor's default turnout sizes select Use Program Default Turnout Size in the Tools menu.
Turnout drawings in a track diagram are drawn using solid lines for both continuing and diverging legs until the turnout drawings are linked to turnouts in the Turnout Table. Once linked to actual turnouts, turnout drawings show the "known states" of the turnouts they represent. After linking, you can toggle each turnout on your layout by clicking on the center point of its drawing (provided Disabled is not checked in the Options menu, and your system supports computer control of turnouts). The ability to toggle by clicking can be turned off by checking Disabled in the turnout's popup menu. If the turnout status is unknown, the first toggle will set to closed.
Supporting Turnouts can be set for Turnout types which use 2 normal Turnouts on different addresses to operate.
When two turnouts are linked, when one is thrown, the other is thrown. When one is thrown, the other is also thrown. Check the Invert second Turnout to produce the opposite behaviour, ie throwing one turnout will close the other and vice versa.
If the state of the two turnouts does not match ( eg. one is reporting closed and the other thrown when invert is not checked ), the Layout Editor turnout will display as inconsistent.
You can link each turnout drawing with an actual turnout (internal or hardware) in the Turnout Table as turnout drawings are created, by entering its Turnout Table name (either system name or user name) in the Turnout: Name field (top row of the tool bar) before clicking to create that turnout. Alternatively, you can create your turnout drawings first, then select Edit... in each turnout's popup menu to open an Edit Turnout dialog that allows entry of the turnout name ( see image on right ). Once the name of an actual turnout is entered, the actual turnout can be toggled by clicking the mouse at the center of the turnout. Turnout toggling can be disabled by checking Disabled in the turnout's popup menu.
Optionally, you can designate which Block a turnout is in either by entering a block name in the Block: Name field of the tool bar prior to creating each turnout drawing, or by entering a block name in the Edit Turnout dialog at a later time. The Edit Turnout dialog also allows an Edit Block dialog to be requested, where information for the turnout's block may be entered or changed. (Blocks are discussed more fully below.)
When a side track branches from a mainline track at an RH or LH turnout, the mainline normally continues through the turnout by following the straight-through track leg (the closed path). Sometimes, however, the mainline follows the diverging leg (the thrown path). To allow entry of this information, the Edit Turnout dialog contains an entry called Continuing Route Turnout State. Continuing Route Turnout State defaults to Closed when a turnout drawing is created. You should change it to Thrown if the mainline track follows the Thrown path through the turnout. For a WYE turnout, you should always check to see if its Continuing Route Turnout State is set correctly to reflect the path of the mainline. To test if Continuing Route Turnout State is correctly set, check the state of the turnout in the Turnout Table when the turnout is set to clear the mainline. The Turnout Table state should match the Continuing Route Turnout State chosen in the Edit Turnout dialog. Defining mainline track is optional; if you are not defining mainline track this item can be ignored.
Crossover turnouts differ from other turnouts in several important ways. Like other turnouts, crossovers have two states--crossed and straight. To change a crossover's state, however, requires two or four track switches to change in unison. This may be accomplished using one to four switch machines. Normally a crossover is assigned a single turnout entry in the turnout table, but it may have several if its switch machines are controlled by different stationary decoders. (You can use two JMRI Routes controlled by the same internal turnout to make multiple switch machines work together. In this case, enter the internal turnout as the turnout linked to the crossover turnout drawing.) With crossovers, the crossover tracks are always considered side track, and any mainline track entering the turnout, leaves on the same straight as it entered. So there is no Continuing Route Turnout State entry in a crossover's Edit dialog.
Right hand, left hand and wye turnouts have three connection points. The throat is connection A, the straight leg is B and the diverging leg is C. The right leg of a wye is B and the left leg is C.
Crossovers and slips have four connection points, A-D. The A connection point has a magenta/blue connection box. The remaining connection points are red/green. For crossovers, the connection points proceed clockwise from the A connection while slips proceed counter-clockwise from the A connection.
A turnout cannot be directly connected to another turnout. There will always be a track segment between any two turnouts.
A special drag and drop procedure can be used to create the track segment that links two turnouts. When a turnout is dragged so that an empty connection point overlaps an empty connection point of another turnout and then dropped, a zero length track segment will be added automatically. If both turnouts are right hand and/or left hand, the dropped turnout will be rotated. This makes creating yard ladders very easy.
If the target turnout has a block assigned, the block will also be assigned to the track segment. Otherwise, the turnouts have to moved apart to reveal the track segment so that a block can be assigned.
When using the drag and drop process, there can only be one set of overlapping connection points. For example, when creating a crossover using two regular turnouts, there will be three sets of overlapping points. To avoid this, change the distance between the A and B connections or change the length of the diverging leg on one of the turnouts. It can also be helpful to change the turnout circle size which affects the mouse hot spot size. Making it smaller can reduce the possibility of multiple overlaps.
Regular and slip turnouts have one block. Crossovers can have up to four blocks. In the edit dialog, these are Block (connection A), Block 2 (connection B), Block 3 (connection C), and Block 4 (connection D).
A crossover should have at least two blocks. Block and Block 2 have a block and Block 3 and Block 4 have a different block. This allows traffic on the parallel tracks to be free of block conflicts.
If any of the block entries in the Edit dialog a left empty, the block from Block will be used. If the two crossover blocks are different than the connected track segment blocks then there are four block boundaries for signal masts.
A Track Segment is a two ended piece of track between two connection points. Connection points are found on anchor points, end bumpers, edge connectors, turnouts, slips, cross overs, level crossings and turntables.
Anchor points have one connection point that accept two connections. All other connection points only accept one. End bumpers have one connection point. An Edge Connector only accepts one connection and is used to mark the "Edge" of the current layout editor panel. Each turnout has three connection points and each slip, cross over and level crossing has four.
Empty connection points are red. A partially filled anchor point is yellow. When a connection point has its capacity of connections, its color is changed to green. When all connection points are green , the layout diagram is complete with all connections defined.
Track segments are normally drawn as solid lines. but you can designate that a track segment be drawn dashed to show tunnels or tracks crossing at different grades. You can request a dashed line for a track segment by checking Dashed in the tool bar before the track segment is created, or you can change a track segment to Dashed in the Edit Track Segment dialog. (More anchor points can be added to get the dashed part of your track to cover the exact area desired.) You can also designate a track segment as hidden so it's displayed only when edit mode is active. Hidden track segments are useful for track diagrams drawn as multiple rows where the end of one row connects to the beginning of the same or another row. To make a track segment hidden, check Hide Track in the Edit Track Segment dialog.
The default appearance of a track segment is a straight line however you may change its appearance to Circle, Ellipse or Bezier via its popup menu (when in edit mode). Circled track segments are drawn as fixed radius arc's connecting the two end points. When in edit mode the radius may be adjusted by dragging the center point of the circle. An ellipsed track segments end points are connected with an arc and a Bezier track segments end points are connected with a Bezier curve. Control points are used to effect the curve of Bezier track segments and may be added or deleted via the track segment's popup menu (when in edit mode).
Optionally, track segments are used to designate mainline track or side track. The legs of turnouts and level crossings are set to mainline track or side track according to the designations of track segments that are connected to them. See the discussion of continuing routes in the above section on turnouts for information on how a mainline is tracked through a turnout.
If Mainline is checked in the tool bar when a track segment is created, that track segment is designated as mainline track, otherwise it is considered side track. You can change from mainline track to side track, or vice versa, in the Edit Track dialog.
Optionally, you can designate which Block a track segment is in--either by entering a block name in the Block: Name field of the tool bar prior to creating each track segment, or by entering a block name in the Edit Track Segment dialog at a later time. The Edit Track Segment dialog also allows a Create/Edit Block dialog to be requested, so information for the track segment's block may be entered or changed. (Blocks are discussed more fully below.)
An Edge Connector is used to denote that the current track finished on this panel and can continue on another one. The connector uses the same red / green states of an Anchor point, along with a third yellow state which means that the connector has not been linked with a track segment on a different panel. To do the linking, right click on the edge connector and select "edit link", the dialogue box which appears will be populated with a list of available layout panels, and any valid edge connectors. A valid edge connector is defined as one that is not already linked, is connected to a track segment that is configured with a block, which is not the same as the block our connected track segment is configured as (ie the edge connector becomes a block boundary).
Track segments can be defined as circles with a radius. When the track segment is at the right or bottom edge of the track plan the image can be incomplete.
The content of a Layout Editor panel is contained within a rectangle. The shape of the rectangle is defined by the components that have xy coordinates. These include many of the items on the Layout Editor toolbar. Track segments do not have a location. A track segment's location on the panel is based on its two connections, such as anchor points, turnouts, etc. When the track segment is defined as a circle, part of the arc can be outside of the rectangle. When the rectangle is drawn on the screen, anything outside of the rectangle is omitted.
To fix this issue, the size of the rectangle needs to changed. There is no direct control of the rectangle size, but there are a couple of easy indirect techniques.
For the sample image, the easy solution is to split the track segment. The 180° arc is split into two 90° arcs with an anchor point supplying an additional xy coordinate at the far right.
Another technique is to add a shape. Normally a shape has multiple points, such as two for a line or four for a rectangle. To change the Layout Editor rectangle, only the initial point is needed.
If the shape is placed to the right and below other objects, it defines the lower right corner of the rectangle.
A level crossing is a special piece of track that represents two tracks crossing at grade. A level crossing is commonly referred to as a diamond. A level crossing has four connection points, and two tracks, designated AC and BD. When a level crossing is created, track AC is the horizontal track, and track BD is the inclined track. The angle between the two tracks, the incline of each track, and the length of each track may be varied by dragging connection points with the meta key pressed. The center of the level crossing may be positioned by dragging the center circle with the meta key pressed (see the help bar for which key is the meta key for your operating system). The connection points starting from the magenta/blue connection are A-D proceeding counter-clockwise.
Optionally each track will be either mainline track or side track depending on the mainline track or side track designation of the track segments connected to each track. Also optionally you may independently assign each track to a different block. If a block name is entered in the Block: Name field of the tool bar prior to creating a level crossing, that block is assigned to both tracks. Each track may be assigned to a different block in the Edit Level Crossing dialog. The Edit Level Crossing dialog also allows a Create/Edit Block dialog to be requested for each of the two blocks, so information for these blocks may be entered or changed. The block(s) assigned to a level crossing may be different from the block(s) of connected track segments; in this case, each level crossing connecting point where the block changes serves as a block boundary. (Blocks are discussed more fully below.)
A Layout Editor turntable is a schematic representation of a turntable on the layout. A turntable is drawn as a circle with a variable number of track connections, called ray tracks. Each ray track is drawn as a short stub track radiating from the turntable circle. A track segment should connect to each ray track. Most of these track segments will connect a ray track to an end bumper. The distance of each ray track connection point from the turntable circle is fixed, but the direction of each ray track may be varied by dragging its connection point around the turntable circle. Any number of turntables may be added to a panel, and each turntable may have any number of ray tracks.
A turntable is added to a panel by selecting Add Turntable in the panel's Option menu. New turntables are placed at the center of the panel, and are moved to desired locations by dragging its center point with the meta key pressed (right button drag on Windows). When a turntable is added, it has four ray tracks located in up, down, left, and right directions. The turntable's popup menu has two items. Selecting Edit... brings up an Edit Turntable dialog, and selecting Remove deletes the turntable and any track segments connected to it. Before a turntable is actually deleted, the program asks for verification of that action.
The Edit Turntable dialog allows the radius of the turntable circle to be changed, and provides for the addition and deletion of ray tracks. For more information on how to add and delete ray tracks, see the help page of the Edit Turntable dialog.
Background images are not required for Layout Editor panels. Support for adding a background is provided for panels that require other than the default Layout Editor background. Background images may be used simply to change the color of the Layout Editor background, or for more sophisticated applications, such as setting up a CTC panel.
A background image may be created using any pixel-based image editor to create the image, and to save it as a .gif format image file. You may create a single background image for the whole panel, or create vertical slices to be used in a multi-slice background (see below). For a multi-slice background, create your slice image(s), then add copies, one to the right of the other, until the desired panel area is covered.
Important Note: if you create your own background images (or icons), don't store them with the JMRI distribution images or they will be deleted when you upgrade JMRI. Instead, create a new folder called "resources" in your JMRI Preferences directory (where your panel file is stored), and add your images and icons to that folder.
A background image is added to a panel by selecting Add Background Image... in the panel's Option menu. Selecting Add Background Image... brings up a file selection dialog for selecting the file containing the background image. Layout Editor provides for multiple background images. The first background image is placed with its upper left corner at x = 0, and y = 0. The next background image is placed at the top of the panel and to the right of right-most existing background image. This allows easy implementation of multi-slice background images (see below). The x, y location of the upper left corner of each background image is shown in it's popup menu. This location may be changed by selecting Set x & y in the popup menu.
For users building a classic US&S panel, there are two sets of predefined image 'slices' currently available. One set is 718 pixels high, and the second set is 900 pixels high. Choose the set that best fits your display. These 'slices' are located at icons/USS/background/. The 900 pixel high images include a "-9" in their names. The left and right edge images are each 12 pixels wide. The main panel 'slices' are 65 pixels wide. First add the left edge image, then add a blank slice or one including switch plate(s) for each turnout on your CTC panel, then finish by adding the right edge image. The advantages of building CTC backgrounds with slices are that 1) you can make virtually any length CTC panel, and 2) the plates will be precisely located automatically.
Blocks are sections of track whose occupancy may be individually monitored. Dividing track into blocks is optional. Blocks set up in a track diagram normally correspond to physical blocks on a layout. Block occupancy is indicated by the state of an occupancy sensor. When a layout's track is divided into blocks, all of the track need not belong to a block. For example, yard track is normally not in a block, whereas mainline track almost always would be divided into blocks. The main use of blocks is to facilitate signaling, but blocks may be used for other layout control and animation functions.
If a block name is entered in the Block: Name field of the tool bar prior to adding a turnout, level crossing, or track segment, the added item is assigned to that block; if a sensor name (system name or user name) was entered into the Occupancy Sensor field, that sensor will be assigned to the entered block. A turnout, level crossing, or track segment may also be assigned to a block by entering that block's name in the edit dialog accessed by selecting Edit... in that items popup menu. In either case, if a block with the entered name doesn't exist, one is created.
A block name may be any series of alphabetic or numeric characters that describe the block, for example, "Red Main 2", "Lake Siding", or "Moose Block". Once a block is created, its name may not be changed; attempting to change a block's name will create a new block having the new name. After all items assigned to the old block are changed to the new block, the block with the old name will be automatically deleted (see below).
Turnout, level crossing, and track segment edit dialogs provide access to the Create/Edit Block dialog where information specific to a block may be entered or edited. The Sensor: field in the Sensor tab shows the name of the occupancy sensor currently assigned to the block, if there is one. To enter or change the occupancy sensor, select the name (system name or user name) of a sensor in the Sensor Table in the Sensor: field. A sensor may be assigned as the occupancy sensor of only one block; attempting to do otherwise will result in an error message. Normally, the state of an occupancy sensor is "Active" when a block is occupied, so "Active" for occupied sense is the automatic default. This can be changed by selecting "Inactive" in the Occupied Sense: selection box in the Layout Editor tab.
Block track colors are used instead of the default track color if a section of track is in a block. The track items in a block are drawn with different track colors for occupied and unoccupied states, allowing the track in a block to change color as a train enters and leaves that block. To set track colors, select the unoccupied track color in the Track Color: selection box, and select the occupied track color in the Occupied Track Color: selection box. An alternate unoccupied track color is provided for special uses. For example, Dispatcher has an option to use the alternate unoccupied track color for blocks that are allocated but unoccupied. Set the alternate unoccupied track color using the Alternate Track Color: selection box. When track color is set, Layout Editor will use the occupied track color if a block is occupied, then if not occupied, will use the alternate unoccupied track color if it has been requested, otherwise it uses the unoccupied track color.
Since blocks are items on the physical layout, the same block may be used in more than one panel. Consequently, block information is saved in the non-panel specific portion of the layout information, when panels are saved to a file on disk.
Blocks are deleted automatically when they are no longer used. Layout Editor keeps track of the number of track items (turnouts, track segments, and level crossings) that are assigned to a block. This count is displayed in the Create/Edit Block dialog as Current Use Count:. When panels are saved to disk, only those blocks with a use count greater than zero are saved. Note: The extra settings in the Edit dialog are in an internal structure called a Layout Block. This is removed when no longer needed. The Block table entries are not affected.
Signal masts protect points of conflict between trains, such as at turnouts. Turnouts, or groups of turnouts, should have their own block. This provides the block boundaries for attaching the signal masts. A group of turnouts can occur where turnouts are closely related such as interlocking plants, yard ladders, simulated 3-way turnouts, etc. For a group of turnouts, the required connecting track segments would also have the same block.
Single crossovers have edit fields for four blocks. Based on the recommendation for turnouts, this implies four additional blocks. In practice, only two blocks are needed. The Block and Block 2 entries get a block and the Block 3 and Block 4 entries get a different block. When the crossover is closed, the two blocks make it possible for trains to move through the crossover without signal logic conflicts.
Double crossovers also have four block fields but they need three blocks. The first pair or the second pair need to have two blocks. The JMRI block connectivity logic has a limit of one direct connection between any two blocks. A double crossover has 2 connections. There is one between Block and Block 3 and one between Block 2 and Block 4. Two single crossovers acting as a double crossover would also need three blocks. This is implemented by using the upper or lower track segment connecting the two crossovers to provide the block boundary.
This is an example of using two single crossovers to act as a double crossover.
The appearance of the track components as drawn on the Layout Editor panel is set by the Track Drawing Options dialog.
There is a column for the track defined as mainline and one for sideline trackage. Numbers can be entered using the spinners or typing in the box. The colors are set by clicking on a color box and using the color selector.
At the lower left corner is a Presets: list which can be used to select example configurations. If you customize the configuration, the panel name will be added to the presets list.
The track consists of 1 to 4 layers.
The rail layer defaults to a single rail with a width of 1 for sideline and 2 for mainline.
The block line width defaults to the previous track width values.
The Block Line Dash Percentage has nothing to do with dashed track. This is a special setting to create an on/off pattern to blocks. The British 70's or Czechoslovak ČSD AŽD-71 preset uses this option.
Dashed Track — If a track segment is defined as dashed and a block has been assigned, the rail layer will not be drawn. This eliminates rail fragments that might show up in the block gaps.
Draw Unselected Turnout Leg — This option only applies to the block layer. If the rail count is 1, the rail for the unselected leg is drawn with a gap. If the option is active, the block line will also be drawn. For maximum turnout position visibly, turn off the option.
Train Tracking is an animation technique that allows us to display dynamically which train is in an occupied Block. So, for one train, or for several trains transiting a layout at the same time, we can show where each train is at any given time. Train Tracking uses the JMRI Block software. Each occupied block has a value, which is automatically passed from block to block as a train moves from block to block. A block's value is cleared when the block is no longer occupied. So the value follows the train around the layout. Setting value to a train name, passes the train name around from block to block.
Layout Editor has a built-in tool that automatically initializes each Block, creating needed Paths and BeanSettings. This initialization (previously done in scripts only) is needed to allow block software to track trains. Since Layout Editor captures the full connectivity of its panel, it has the information needed to perform this initialization. Block initialization is automatically performed when blocks are changed and when a Layout Editor panel is loaded. Since the initialization is automatic, Layout Editor users don't need to be concerned about Paths and Bean Settings.
Layout Editor allows the display of the block contents on the panel.
This might sound complicated, but it's very easy to set up because JMRI's Block and Layout Editor software does almost everything automatically. There is even software to automatically save and restore Block contents values between sessions.
If your panel has blocks assigned to the track and each block has a hardware occupancy sensor, you're ready to set up Train Tracking:
Note: If the program detects a block is unoccupied before the block's value is passed on to the next block, the train name will be lost. So it's important to have wheels and track clean, and to have enough cars in each train with current drawing wheels to ensure a block doesn't loose detection before the train enters the next block.
The Layout Editor track components are drawn at level 3. Icons are drawn at level 10 and labels are drawn at level 4. These can be placed over track components. Depending on opacity, the track will be hidden. To make the track appear over the icon or label, change the icon or label level to 2. This replaces the old trick of using hidden track segments.
Since Panel Editor panels are fully icon based, their track schematic has the possibility of looking more prototypical. Layout Editor panels have more animation possibilities and automated tools for setting up signals, train tracking, etc. If you would like both worlds, consider building both Panel Editor and Layout Editor panels for your layout. You can switch between them easily using the Panels menu. Since both type of panels share the same configuration items (turnouts, sensors, memory variables, global variables, block contents, signal heads, etc.), whatever is set in one panel is reflected in the other if the same items are displayed. After they are loaded, panels continue to function, whether they are displayed or not-- they just need to show up in the Show Panel submenu. So, for example, if you set up a Layout Editor panel for train tracking as described above, you can track trains in a companion Panel Editor panel just by adding Block Contents Labels or follow a bunch of sensors using a dedicated Switchboard.
Below is an enhanced version of the simple oval panel constructed in Getting Started with Layout Editor. The general steps needed to get from that starting panel to this panel are sketched below. The steps need not be done in the exact same order presented. The presented order works, but variations are possible to get to the same end point. This example is presented to illustrate some of the things that can be done easily using Layout Editor. You may elect to do more or less on your Layout Editor panels.
You should be able to toggle your turnouts by clicking at their centers and watch your signal heads change color. If you don't have hardware yet for your occupancy sensors, you can change their state in the Sensor Table to simulate a train moving on the layout. (Or you could set up Sensor Icons and click on them to change their state.) If any of the above steps are not clear, consult the description of that item in the documentation above. The help page for each referenced tool also contains explanatory information about that tool.
This is an example of what can easily be done using Layout Editor. For those planning to install signal heads, setting up a panel with blocks defined and signal heads placed can help in deciding where blocks and signal heads/masts should be placed before actually installing them on your layout.
Back to the PanelPro help page.